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tissue fracture property modulu group fracture group specimen tissue modulus cartilage study cancellous bone strain direction control control group stress cancellou difference trabecular value moduli element compression biomech result stiffness trabecular bone hypertrophic chondrocytes bone tissue model material aspect ratio articular cartilage sample unmineralized chondrocyte huiske figure orthop anisotropy university analysis volume goldstein ratio strength correction table change miner ciarelli mineralization hip fractures effect fracture cases process stress shielding relationship beam theory boundary conditions hypertrophic diameter patient experiment force correction factor osteoporosis aspect femoral articular femoral neck fractures length bone volume fraction magnitude level density order development mineralization process compression tests
2 Most Recent Publications
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The mechanical consequences of mineralization in embryonic bone
(Article)
Tanck, E. Donkelaar, C.C. van Jepsen, K.J. Goldstein, S.A. Weinans, H.H. Burger, E.H. Huiskes, R. |
2004-07-01
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Cancellous bone mechanical properties from normals and patients with hip fractures differ on the structure level, not on the bone hard tissue level
(Article)
Homminga, J. McCreadie, B.R. Ciarelli, T.E. Weinans, H.H. Goldstein, S.A. Huiskes, R. |
2002-05-01
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